Written by
A trace element is any chemical element that cannot be used by an organism in large amounts but supplies it with some required nutrients. There are thousands of non-essential chemicals in every living thing, including humans. Usually, trace elements make up less than 1% of an organism's body weight.
How are Trace Elements Important
1. Making the possible use of other, more complex chemicals in an organism or system.
2. Providing the necessary substances for self-maintenance (an essential requirement for life.). The reproductive process is an excellent example of this (since reproduction requires new living molecule structures).
3. Providing the substances for self-defense against external attacks (for example, trace elements are essential for white blood cells and antibodies in the human body.)
4. Carrying out the organisms' functions (for example, an enzyme is a chemical that speeds up a chemical reaction).
5. Serving as catalysts in the reactions of other elements.
Why are Trace Elements Important?
1. To make the possible use of other, more complex chemicals in an organism or system.
2. To provide the necessary substances for self-maintenance (an essential requirement for life.).
3. To provide the substances for self-defense against external attacks (for example, trace elements are essential for white blood cells and antibodies in the human body.)
4. To carry out the organisms' functions (for example, an enzyme is a chemical that speeds up a chemical reaction).
5. To serve as catalysts in the reactions of other elements.
The Importance of Trace Elements in Plants
1. To make the possible use of other, more complex chemicals in an organism or system.
2. To provide the necessary substances for self-maintenance (an essential requirement for life.).
3. To provide the substances for self-defense against external attacks (for example, trace elements are essential for white blood cells and antibodies in the human body.)
4. To carry out the organisms' functions (for example, an enzyme is a chemical that speeds up a chemical reaction).
